Purification Of Wastewater and Solid Waste Management – bagasse and bricks

Description: Sugarcane industry produces a large scale waste each year which is either discarded or burned which is a source of pollution. If this waste is utilized in brick formation it will reduce waste and environmental pollution at the same time along with formation of valuable products which can be used for different applications. Socio-Economic

Biogas production using lignocellulosic: an eco friendly approach to turn environmental waste in to biofuel

Description: The main goal of this research is to utilize agro indutrial waste to produce biogas. Biogas is mainly methane and carbon dioxide and small amounts of hydrogen sulfide. The gases methane, hydrogen, and carbon monoxide can be combusted or oxidized with oxygen. This energy release allows biogas to be used as a fuel [5]

BIOFABRICS FROM SEAWEED

Description: Recent times sustainability is a leading characteristic of textile products. Biomaterials are scarce in our system to be used for health and safety purpose. To provide a sustainable, cost-effective multi-purpose biofabric with following major qualities. Low-cost; Raw material is extracted from organic waste. Biofabric is a multi-purpose sheets can be transposed to a variety

Biocement production from hard water through microbial fermentation

Description: This research utilizes the hard water which is some how non potable and to turn hard water in to biocement. Cement is considered a vital manufacturer material in construction. Because of the unparalleled advantages of cement, such as longevity, high strength, durability, and resilience, one still has major drawbacks; one is carbon dioxide emission

Reduce waste production and give good solid waste management Cost effective brick formation Brick formation using waste material can support local infrastructure development by giving them access to cheap and affordable raw materials. Sustainable resource management Mitigation of climate change

Description: Green synthesis of graphene oxide which is small in size and provides good surface area. It can be used in different applications including energy storage, environmental remediation, electronics, and biomedical applications. Used in different industries including aerospace, electronics, automotive, and healthcare. These materials have remarkably high electrical, mechanical, and thermal properties. Graphene oxide chemical

REMOVAL OF MICROPLASTIC IN WATER USING OIL-BASED FERROFLUID SOLUTION

Description: Microplastics are plastic particle under 5mm in size. They enter the environment through human use. Larger plastic debris can degrade into micro size particle with exposure to sun and water. Microplastic in water is the major cause of many harmful diseases so along with the government this is the duty of every citizen to

Seasonal Variation of Birds Species Diversity at Agricultural Fields of Sanghar, Sindh

Description: This study aims to investigate the seasonal variation of bird species diversity at agricultural fields in Sanghar, focusing on understanding the factors influencing avian abundance and distribution. Field surveys will be conducted across different seasons to document bird species composition, abundance, and diversity. Additionally, environmental variables such as vegetation cover, crop type, and landscape

Replacing conventional Mosquito repellents with eco-friendly organic MRs

Description: this is based on plant based mosquito repellent. CHEMICAL BASSED MOSQUITO REPELLENT CAN BE HARMFUL TO HUMAN HEALTH, ESPECIALLY TO CHILDERN AND PREGNANT WOMEN. THE USE OF NATURAL PLANT BASED COMPONENT IS A POTENTIAL APPROACH IN THE DEVELOPMENT OF SUSTAINABLE AND ECO – FRIENDLY MOSQUITO REPELLENTS Socio-Economic Benefits: anticarcinogenic, Replacing conventional Mosquito repellents with

Solid Waste Management and Recycling of Adsorbents – diapers

Description: The disposal of used diapers is a critical eco-technological problem that is exacerbated every year by the exponential increase in global consumption. A device has been manufactured to recycle/reuse diapers and sanitary pads. it reduces the solid waste material. That waste which takes many years to decompose Socio-Economic Benefits: we make our environment healthier

Assessment of Microplastic in Rock pools at Buleji Coast Karachi

Description: Microplastic pollution has emerged as a significant environmental concern globally, with coastal regions being particularly vulnerable due to their proximity to sources of plastic waste. Karachi, a major coastal city in Pakistan, faces similar challenges regarding microplastic contamination. Rock pools, being ecologically sensitive habitats, may serve as reservoirs for microplastics, potentially impacting marine life